Introduction to BeagleBone Black Wireless

🌟 Introduction to BeagleBone Black Wireless: Build Your Own Real-time ECG Monitor 🎓

Welcome to the World of BeagleBone Black Wireless! 🛠️✨

Are you ready to embark on a journey into the realm of microcontrollers and real-time data visualization? If yes, then you've found your perfect course! Makerdemy is thrilled to introduce you to the BeagleBone Black Wireless, where you'll learn to build your own Real-time ECG monitor from scratch. 🫄️

Who is this course for? ❓

This course is designed for:

• Beginners: No prior knowledge of BeagleBone or Python programming is required! You'll start from the basics and build your skills progressively.
• Curious Learners: If you have a spark of curiosity about electronics, programming, or IoT and want to explore the capabilities of the BeagleBone Black Wireless, this course is tailored for you.
• Hobbyists & Enthusiasts: Whether you're a tech hobbyist or just an enthusiast looking to expand your knowledge, this course will guide you through an enriching learning experience.

Course Overview 📚

In this comprehensive course, you'll:

1. Get Started: Learn how to set up and configure your BeagleBone Black Wireless board.
2. Dive into Python Programming: Understand the basics of Python and how it interacts with the hardware.
3. Explore Hardware Interfaces: Get hands-on experience with GPIO pins, PWM, push buttons, analog inputs, and more.
4. Understand ECG Monitoring: Discover the principles behind ECG monitoring and how to use the AD8232 Sensor to measure heartbeats in real time.
5. Engage with IoT: Utilize the beebotte IoT platform to visualize and send your ECG data over the internet.
6. Build a Real-time Application: Create a fully functional Real-time ECG monitor and learn how to save the collected data on a web server.

Hands-on Projects 🛠️

Through six practical projects, you'll apply what you've learned:

1. Blinking LED: Start with the basics by making an LED blink on and off using Python.
2. LED Brightness Control: Learn to adjust LED brightness using PWM commands in Python.
3. Button Interaction: Detect push button states and read digital inputs.
4. Analog Sensing: Measure analog signals with the BeagleBone Black Wireless.
5. ECG Data Acquisition: Connect an ECG sensor to your board and capture heartbeat data in real time.
6. IoT Integration: Visualize ECG data on a web interface and save it remotely using beebotte IoT platform.

Real-time ECG Visualization & Data Saving 💡

Learn to:

• Visualize ECG signals in real time using a web interface.
• Integrate with APIs to send and save your data on a remote server.
• Understand the IoT ecosystem and how to make your BeagleBone Black Wireless communicate with the internet.

What You'll Achieve 🚀

By completing this course, you will:

• Gain hands-on experience with the BeagleBone Black Wireless.
• Learn Python programming in the context of hardware interaction.
• Understand the fundamentals of ECG monitoring and IoT applications.
• Build a real-time ECG monitor from scratch, ready for deployment or further development.
• Receive complete source code for the project to inspire and guide your own creations.

Ready to Take the Leap? 🤸‍♂️✨

Don't wait any longer to explore the exciting world of IoT with the BeagleBone Black Wireless! Enroll in this course today and step into the future of technology. 🚀

Enroll Now and Start Your Journey Towards Mastering IoT with BeagleBone! 🌟

Let's make learning fun, practical, and rewarding. Join us and transform your passion for tech into a skill that can shape the future. We can't wait to see what you create! 🛠️✨